This paper explains the successful and simple process of generating a
rubber mount with novel properties by incorporating carbon black particles type ISAF
220 at different ratios ([46, 56, 66, 76 , 86] [pphr]). Rubber mounting was made using
100 % natural rubber and carbon powder that was applied to the master batch ratio (60
g). To achieve greater homogeneity, rubber and carbon were combined for several
minutes. The rubber mount has been subjected to several tests at Babylon tires factory
and Babylon University (tensile, elongation, modulus, compression, hardness, rebound
resilience, specific gravity and fatigue tests). The best results were obtained from the
rubber mount, as it had the ability to resist fatigue and could be used for a long period
of time. It could also increase the number of cycles to 900 rpm. The rubber mount that
was reinforced with carbon had a better resistance to the mechanical properties (tensile,
hardness, fatigue and resilience). The results of the tensile strength, hardness, fatigue
and resilience tests showed that additional quantities of carbon at 66 pphr increased the
values by up to 18.95 Mpa, 64 Mpa, 600 Mpa and 55.5 Mpa, respectively.